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accident situation. In order to solve this problem, we propose in this project to develop specific sensors using porous materials of the Metal-Organic Framework (MOF) type for the selective detection
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the development of tools for the continuous simulation of powder flows, similar to what we know how to do in fluid mechanics. Recent progress in the description of the behavioural laws of granular media suggests
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lead to innovative applications in future nanodevices. A central aspect of the project will involve finite-element simulation studies of ferroelectric materials, specifically analyzing the effects
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objectives: • Fabrication of an efficient Na-ASSB working @ RT with or without Na metal (anode free-concept) • Use of Na-ASSB as a tool to study charge - discharge mechanisms as function of temperature
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development of thermo-hydro-mechanical and chemical models (THMC) to simulate the circulation of fluids and their interaction with the surrounding rocks to reconstruct the concentration processes of metals
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. A better understanding of these transitions is a key factor in solving the evolutionary enigma of sexual reproduction. These transitions are poorly understood, both empirically and theoretically
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to identify point defects and to study the electrical conductivity mechanism in relation to other physical properties. objective is to fabricate and study a vertical p-n diode based on a NiO/Ga2O3
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necessary to understand and characterize their mechanical behavior at room temperature and at room temperature. These studies are being conducted within the framework of a German-French ANR-DFG project
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electrochemical mechanisms responsible for this extension remain poorly understood. The objective of this PhD project is therefore to explore and model the interactions between MnO₂ and ionic liquids, combining
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the perspective of cell, tissue and organ mechanics/dynamics and mechanical signal transduction. The institute operates according to a fully integrated open laboratory philosophy, with an extensive infrastructure